Q. Two electrons present in an orbital can be differentiated by

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Q. The distance of electrons from the nucleus can be explained by

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Q. The possible quantum numbers are

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Q. Principle quantum number describes the following properties of an atom

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Q. At nodal planes, the probability of finding the electrons is

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Q. The shape of p-subshell is

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Q. There are 18 electrons in orbit

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Q. For d- subshell, the number of space orientations is

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Q. The circular paths in which electrons revolve around the nucleus are called

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Q. The number of electrons is ten in

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Q. The heat capacity depends on

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Q. Heat capacity (C) of any material can be expressed by the formula

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Q. The amount of heat required to raise temperature of 1Kg water by 1°C or 1 K is called

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Q. The specific heat at constant pressure is denoted as

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Q. It is a property related to internal energy that is very important in thermodynamics.

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Q. The SI unit is specific constants

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Q. The amount of heat required to raise temperature of a material by 1°C is called

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Q. Water has particularly high specific heat capacity of

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Q. 235 J/Kg/C is specific heat constant of

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Q. Specific heat constant of Iron is

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